CN214458591U - High-fluffiness and strong-stereoscopic-impression bead-shaped jacquard ribbon - Google Patents

Abstract

The utility model discloses a high fluffy degree and strong third dimension calculate pearl jacquard weave meshbelt, fabric tissue adopt the two-sided dichroism jacquard weave structure of pearl form, by A colour and B colour rhombus block group component, the highest point height 24-29 latitude, adjacent low height 2 latitudes of steadying decrease, the high 2 latitudes of low. The volume and weight of the product of the utility model are less than or equal to 62kg/m³High filling power, sound absorption, sound insulation,The fabric has the advantages of heat insulation, shock absorption, strong stereoscopic impression, and strong aesthetic feeling due to the addition of special jacquard patterns, and can be used for electronic products, travel products, decorative products and the like, and the depth of the concave part on the surface of the fabric is more than or equal to 3 mm.

Description

High-fluffiness and strong-stereoscopic-impression bead-shaped jacquard ribbon

Technical Field

The utility model relates to a meshbelt, especially a high fluffy degree and strong third dimension calculate pearl jacquard weave meshbelt.

Background

At present, woven belts circulating in markets at home and abroad are common plain woven belts generally, and the volume weight of the common woven belts is more than or equal to 400kg/m³The jacquard fabric has the advantages of large volume and weight, low filling power, less than or equal to 0.5mm of concave depth of the surface concave part of the jacquard fabric, weak stereoscopic impression, incapability of meeting the requirements when used for decorating woven belts for sound absorption, sound insulation, heat insulation, shock absorption and special decoration purposes, and limitation on the use value of the woven belts.

Disclosure of Invention

One of the purposes of the utility model is to provide a high fluffy degree and strong third dimension calculation pearl jacquard weave ribbon.

This and other objects of the invention will be further clarified by the following detailed description and description.

The utility model discloses a high fluffy degree and strong third dimension calculate pearl jacquard weave meshbelt, fabric tissue adopt the two-sided dichroism jacquard weave structure of pearl form, by A colour and B colour rhombus block group component, the highest point height 24-29 latitude, adjacent low height 2 latitudes of steadying decrease, the 2 latitudes of low height.

In the bead-shaped jacquard woven belt with high fluffiness and strong third dimension, the width of one circulation unit of the fabric is 100 plus 120 warps, and the height is 50-60 wefts.

Further, the utility model discloses an among the high fluffy degree and the strong third dimension calculation pearl jacquard weave meshbelt, 24-29 latitudes are strideed across to the longest float of A and B color diamond piece, and adjacent low department float length subtracts 2 latitudes, and minimum float length 2 latitudes, and A and B color diamond piece width 50-60 warp.

In the bead jacquard ribbon with high fluffiness and strong stereoscopic impression, 70D-90D/(24f-36f) multiplied by 2A color polyester high-elastic filaments, 75D-90D/(36f-44f) of B color polyester filaments of lockstitching yarns and 75D-90D/(36f-44f) of B color polyester filaments are adopted as weft yarns.

The utility model discloses an among the high fluffy degree and the strong third dimension calculation pearl like jacquard weave meshbelt, fabric texture adopts the two-sided dichroism jacquard structure of calculation pearl form, and wherein B look warp adopts the high-elastic filament yarn of dacron, and A look warp adopts the dacron filament yarn, and the woof adopts B look dacron filament yarn. On calculating pearl B colour pattern axis (fabric warp direction), the B colour high elastic dacron warp direction does not interweave the float and is longest, the shrink after the fabric off-line, linear density is big, elasticity is big, fluffy B colour yarn float swells the highest, along B colour pattern axis both sides, B colour high elastic dacron warp direction does not interweave the float and shortens gradually, B colour yarn float swells the step-down gradually, at two horizontal adjacent bead departments, B colour yarn float swells the minimum, because B colour yarn float swells the height, it is big to swell the area, the fabric fluffiness height. The A color warp yarns are made of common terylene low-elasticity filaments, have small linear density, small elasticity and are not fluffy, although long floating thread interweaving is adopted, the yarns are not bulged, the A color yarns sink on the plane of the fabric, a larger height difference is formed at the intersection C of a bulged high point and a sinking low point, the A color on the surface of the fabric is obviously sunken, and the three-dimensional effect of the fabric is strong. In order to further improve the bulkiness of the fabric, the reverse side of the fabric adopts the same jacquard patterns and principles, the color A is below the color B on the front side, and the color B is below the color A on the front side. Thus, the B color yarn floats on both sides of the fabric are high and bulge, the bulge area is large, and the bulkiness of the fabric is very high.

Drawings

Fig. 1 is a schematic view of the appearance structure of the bead-shaped jacquard woven ribbon with high bulkiness and strong stereoscopic impression of the present invention.

Fig. 2 is the schematic view of the appearance structure of the high fluffiness and strong third dimension calculation bead-shaped jacquard ribbon fabric.

Fig. 3 is a schematic diagram of the design artistic designing of the bead-shaped jacquard woven tape with high fluffiness and strong stereoscopic impression of the present invention.

In fig. 1, the fabric warp direction is from left to right.

In fig. 2, symbol a represents one color warp yarn, symbol B represents another color warp yarn, and symbol C represents the intersection of the raised high point and the lowered low point of the fabric surface, from top to bottom, the fabric warp direction.

In fig. 3, symbol a represents one color warp yarn and symbol B represents another color warp yarn, with the fabric warp direction from top to bottom.

The utility model discloses a high fluffy degree and strong third dimension abacus pearl form jacquard weave meshbelt compare with prior art, have following advantage and outstanding effect:

when the utility model is used, the volume and weight are less than or equal to 62kg/m³The woven fabric has the advantages of high filling power, sound absorption, sound insulation, heat insulation and shock absorption, the concave depth of the concave part on the surface of the fabric is more than or equal to 3mm, the three-dimensional effect is strong, the special jacquard patterns are added, the aesthetic feeling in use is strong, and the use value and the economic benefit of the woven belt are improved. Can be used for electronic products, travel products, decorative products and the like.

Detailed Description

Example 1

Step 1, calculating a bead-shaped jacquard braid with high filling power and strong stereoscopic impression, wherein a fabric tissue adopts a bead-shaped double-sided two-color jacquard structure and consists of diamond blocks with colors A and B, the front side and the back side of the fabric adopt the same jacquard patterns and principles, the color A is below the color B on the front side, and the color B is below the color A on the front side. The height of the highest position of the diamond blocks is 29 picks, namely the longest floating lines of the color diamond blocks A and B span 29 picks, the height of the adjacent lower positions is decreased by 2 picks, and the height of the lowest position is 2 picks, namely the floating lines span 2 picks.

And 2, in the bead jacquard woven belt with high filling power and strong stereoscopic impression, one circulating unit of the fabric has the width of 120 warps and the height of 60 wefts.

And 3, in the bead jacquard woven belt with high filling power and strong stereoscopic impression, 70DD/24f multiplied by 2 of A-color polyester high-elastic filaments, 75D/36f of B-color polyester filaments, 75D/36f of overlock yarns and 75D/36f of B-color polyester filaments are used as weft yarns.

Thereby forming the bead-shaped jacquard woven belt with high fluffiness and strong stereoscopic impression.

Example 2

Step 1, calculating a bead-shaped jacquard braid with high filling power and strong stereoscopic impression, wherein a fabric tissue adopts a bead-shaped double-sided two-color jacquard structure and consists of diamond blocks with colors A and B, the front side and the back side of the fabric adopt the same jacquard patterns and principles, the color A is below the color B on the front side, and the color B is below the color A on the front side. The height of the highest position of the diamond blocks is 27 picks, namely the longest floating lines of the color diamond blocks A and B span 27 picks, the height of the adjacent lower positions is decreased by 2 picks, and the height of the lowest position is 2 picks, namely the floating lines span 2 picks.

And 2, in the bead jacquard woven belt with high filling power and strong stereoscopic impression, the width of one circulation unit of the fabric is 110 warps, and the height of the circulation unit of the fabric is 58 wefts.

And 3, in the bead jacquard woven belt with high filling power and strong stereoscopic impression, 80DD/28f multiplied by 2 of A-color polyester high-elastic filaments, 85D/40f of B-color polyester filaments of overlock yarns, and 80D/40f of B-color polyester filaments of weft yarns.

Thereby forming the bead-shaped jacquard woven belt with high fluffiness and strong stereoscopic impression.

Claims (7)

1. A bead-like jacquard braid with high bulkiness and strong stereoscopic impression is characterized in that a fabric tissue adopts a bead-like double-sided two-color jacquard structure and consists of diamond blocks with colors A and B, the height of the highest part is 24-29 picks, the height of the adjacent lower parts is decreased by 2 picks, and the height of the lowest part is 2 picks.

2. The high loft and high loft beaded jacquard webbing of claim 1, wherein the fabric has a repeat unit width of 100 and 120 warp yarns and a height of 50-60 weft yarns.

3. The high loft and high loft computational bead jacquard webbing of claim 1, characterised in that the longest floats of the diamond blocks of colors a and B span between 24 and 29 picks, the length of the adjacent lower floats decreases by 2 picks, the length of the lowest floats decreases by 2 picks, and the width of the diamond blocks of colors a and B is between 50 and 60 warp yarns.

4. The beaded jacquard webbing of claim 1 having high loft and high loft, wherein the B-color high stretch polyester warp yarns are not interwoven and have the longest floats.

5. The bead jacquard ribbon with high bulkiness and strong stereoscopic impression according to claim 1, wherein the A color warp yarns are interwoven by adopting long floating threads without bulging, the A color yarns sink on the plane of the fabric, a large height difference is formed at the intersection C of the bulging high point and the sinking low point, and the A color on the surface of the fabric is obviously sunk.

6. The high loft and high loft arithmetic bead jacquard webbing of claim 1, wherein the reverse side of the fabric uses the same jacquard pattern and principle, with color a below color B on the front side and color B below color a on the front side.

7. The bead jacquard ribbon with high bulkiness and strong stereoscopic impression according to claim 1, wherein 70D-90D/(24f-36f) x 2 polyester high stretch filaments are adopted in color A, 75D-90D/(36f-44f) polyester filaments are adopted in color B of the lockstitching yarn, and 75D-90D/(36f-44f) polyester filaments are adopted in weft yarns as color B.

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